Selection interfaces
Custom screens for choosing test files, test families, channels, measurement groups, metadata filters and output options.
We build custom interfaces, calculations, dashboards and reports around your TDMS files, so your team can stop maintaining Python, VBA or DIAdem automation internally.
for the automation work your team does not want to maintain
logic, layout and outputs built around your process
from TDMS files to dashboards, tables and reports
The public demo uses synthetic data. Real work starts from representative TDMS files, your expected calculations and your required output format.
Many labs already know what they want from TDMS data: compare runs, calculate indicators, highlight events, export tables and generate repeatable reports. The problem is that this work often stays trapped in DIAdem procedures, Python notebooks, VBA macros or fragile templates maintained by engineers, technicians or lab managers.
This is not a generic dashboard product. It is engineering automation work for teams that want to stop writing scripts, maintaining report templates or forcing every repeatable TDMS task through DIAdem.
Custom screens for choosing test files, test families, channels, measurement groups, metadata filters and output options.
Project-specific indicators, engineering formulas, pass/warn logic, event detection and comparison metrics.
Repeatable PDF, HTML, Excel or CSV outputs with the plots, tables and summaries your lab actually needs.
Instead of assigning scripting or DIAdem maintenance internally, you can outsource the implementation and focus on tests, validation and decisions.
A pilot can start from a small but representative case: a few TDMS files, expected plots, required calculations and the decisions your team needs from the output. From that, we build a focused automation prototype — including a path to replace selected DIAdem-based tasks when they are mostly repeatable processing, reporting or dashboard work.
The implementation can be shaped around the job: Python processing, local interfaces, browser dashboards, PDF generation, Excel/CSV exports, integration with an existing DIAdem-based process or a gradual replacement of selected DIAdem workflows when a custom tool is more practical.
DIAdem can be a strong environment for measurement data. The practical question is whether a repeatable lab workflow still needs to depend on DIAdem scripting, templates and internal maintenance — or whether it should be rebuilt as a custom automation delivered for your exact process.
If your team currently uses DIAdem mainly to repeat the same calculations, charts, tables, exports or PDF reports, we can rebuild those steps as a custom TDMSFlow workflow. That can reduce dependence on DIAdem seats, internal scripting knowledge and manual template maintenance.
| Need | Manual lab workflow | DIAdem / in-house scripting | TDMSFlow custom service |
|---|---|---|---|
| Who owns automation? | Engineer or technician, often informally | Internal user who knows the tool and language | Outsourced implementation focused on your workflow |
| Flexibility | Limited by templates and manual work | Good, but tied to available skills, DIAdem/VBScript/Python knowledge and environment constraints | Built around required logic, outputs and user interface — including DIAdem replacement when appropriate |
| Typical bottleneck | Repetitive clicks, copy-paste, inconsistent reports | Script maintenance, versioning, debugging and handover | Clear scope, representative files and agreed output rules |
| Best fit | One-off analysis | Teams with internal automation capacity | Labs that want results without turning engineers into script maintainers |
| DIAdem dependency | Often still used for repeatable plots and reports | Can grow into tool-specific scripts, templates and know-how | Can support, wrap or replace selected DIAdem workflows as a long-term cooperation |
If DIAdem is useful, the workflow can work around it. If your lab only uses it for repeatable automation, those steps can be rebuilt outside DIAdem.
The value is not a fixed template. It is the ability to implement the exact plots, tables, formulas and export rules your lab needs.
Your team can specify the engineering result instead of spending time on script syntax, UI plumbing and report formatting.
TDMSFlow can sit next to Python, NI DIAdem, PDF reports, CSV/Excel exports and plotting libraries — or gradually replace selected DIAdem-based routines when a custom workflow is a better long-term fit.
Custom parsing, calculations, batch jobs and engineering logic without forcing every lab user to write code.
Recognized measurement-data environment. We can support existing DIAdem usage or rebuild selected DIAdem routines as custom automation around your process.
Repeatable report packages for test summaries, internal reviews, validation evidence and customer-facing documentation.
Interactive browser charts for signal inspection, comparison dashboards and demo-ready visualization workflows.
Exports for teams that still need familiar tables, downstream review files or integration with existing templates.
Practical positioning for labs where TDMS files originate from NI-based acquisition or test bench workflows.
For long-term cooperation, we can take over the recurring TDMS tasks currently handled through DIAdem templates, scripts or manual report procedures. The goal is practical: keep what works, rebuild what is too rigid, and give your lab a custom workflow that can reduce or remove the need for DIAdem in selected processes.
Brand names are used descriptively. TDMSFlow is independent and does not imply endorsement, certification or partnership with NI, the Python Software Foundation or other vendors.
This demo is synthetic and runs fully in the browser. It shows the kind of table, chart, KPI and report workflow that can be built from your real TDMS data.
Generated client-side for the demo: KPIs, chart, data table and validation status.
Example slice of normalized channels.
| t [s] | RPM | Vibration X [mm/s] | Temperature [°C] | Status |
|---|
A project can be a small report generator, a local application, a dashboard, a batch processor or a long-term replacement for repeatable DIAdem tasks that no longer need to live inside a desktop engineering tool.
Pick tests from a TDMS file base and compare selected runs.
Apply project-specific formulas, limits and event-detection rules.
Generate repeatable PDF, HTML, Excel or CSV outputs.
Package the workflow so lab users can run it without touching scripts or maintaining DIAdem templates.
input: selected_tdms_tests
interface:
- choose_test_family
- choose_channels
- choose_report_profile
logic:
- calculate_kpis
- compare_runs
- flag_events
outputs:
- dashboard
- pdf_report
- excel_summary
replacement:
- selected_diadem_tasks
The best first step is simple: send a short description of your current TDMS workflow, the outputs you need and whether you already use DIAdem, Python, Excel or another internal process. A pilot can start from one concrete automation goal, and longer cooperation can gradually replace the DIAdem tasks your team no longer wants to maintain.
Contact: lukasz.lyczkopv@gmail.com